Üç boyutlu bulanık dokular kullanan karma saç modeli

Human hair modeling and rendering have always been a challenging topic incomputer graphics. The techniques for human hair modeling consist of explicitgeometric models as well as volume density models. Recently, hybrid clustermodels have also been successful in this subject. In this study, we present anovel three dimensional texture model called 3D Fuzzy Textures and algorithmsto generate them. Then, we use the developed model along with a cluster modelto give human hair complex hairstyles such as curly and wavy styles. Our modelrequires little user effort to model curly and wavy hair styles. With this study,we aim at eliminating the drawbacks of the volume density model and the clusterhair model with 3D fuzzy textures. A three dimensional cylindrical texture map-ping function is introduced for mapping purposes. Current generation graphicshardware is utilized in the design of rendering system enabling high performancerendering.Keywords: Hair modeling, hair rendering, curly hair, wavy hair, cluster hairmodel, volume density model, 3D texture, 3D texture mapping.iii